0.07/0.13	% Problem    : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.07/0.14	% Command    : do_CVC4 %s
0.13/0.35	% Computer   : n027.cluster.edu
0.13/0.35	% Model      : x86_64 x86_64
0.13/0.35	% CPU        : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.13/0.35	% Memory     : 8042.1875MB
0.13/0.35	% OS         : Linux 3.10.0-693.el7.x86_64
0.13/0.35	% CPULimit   : 180
0.13/0.35	% DateTime   : Thu Aug 29 13:16:09 EDT 2019
0.13/0.35	% CPUTime    : 
0.20/0.46	%----Proving TH0_NAR
0.20/0.46	------- cvc4-thf casc 27 : /export/starexec/sandbox2/benchmark/theBenchmark.p at 180...
0.20/0.46	--- Run --uf-ho --ho-elim --no-ho-elim-store-ax --full-saturate-quant at 20...
2.41/2.63	% SZS status Theorem for theBenchmark
2.41/2.63	% SZS output start Proof for theBenchmark
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1023 |u_(-> |u_(-> a Bool)| Bool)|) (BOUND_VARIABLE_1037 |u_(-> |u_(-> b Bool)| Bool)|) (BOUND_VARIABLE_997 |u_(-> a b)|) (BOUND_VARIABLE_1002 |u_(-> b Bool)|)) (or (not (forall ((BOUND_VARIABLE_1139 |u_(-> |u_(-> a Bool)| Bool)|)) (or (not (forall ((BOUND_VARIABLE_1148 |u_(-> a Bool)|)) (or (not (ho_17 BOUND_VARIABLE_1139 BOUND_VARIABLE_1148)) (ho_17 BOUND_VARIABLE_1023 BOUND_VARIABLE_1148)) )) (ho_17 BOUND_VARIABLE_1023 (ho_35 k_34 BOUND_VARIABLE_1139))) )) (not (forall ((BOUND_VARIABLE_1116 |u_(-> a Bool)|) (BOUND_VARIABLE_1115 |u_(-> a Bool)|)) (or (not (ho_17 BOUND_VARIABLE_1023 BOUND_VARIABLE_1116)) (not (ho_17 BOUND_VARIABLE_1023 BOUND_VARIABLE_1115)) (ho_17 BOUND_VARIABLE_1023 (ho_33 (ho_32 k_31 BOUND_VARIABLE_1116) BOUND_VARIABLE_1115))) )) (not (ho_20 BOUND_VARIABLE_1037 k_30)) (not (ho_20 BOUND_VARIABLE_1037 k_29)) (not (forall ((BOUND_VARIABLE_1085 |u_(-> |u_(-> b Bool)| Bool)|)) (or (not (forall ((BOUND_VARIABLE_1094 |u_(-> b Bool)|)) (or (not (ho_20 BOUND_VARIABLE_1085 BOUND_VARIABLE_1094)) (ho_20 BOUND_VARIABLE_1037 BOUND_VARIABLE_1094)) )) (ho_20 BOUND_VARIABLE_1037 (ho_28 k_27 BOUND_VARIABLE_1085))) )) (not (forall ((BOUND_VARIABLE_1073 |u_(-> b Bool)|)) (or (not (ho_20 BOUND_VARIABLE_1037 BOUND_VARIABLE_1073)) (ho_17 BOUND_VARIABLE_1023 (ho_16 (ho_15 k_26 BOUND_VARIABLE_1073) BOUND_VARIABLE_997))) )) (not (forall ((BOUND_VARIABLE_1054 |u_(-> b Bool)|) (BOUND_VARIABLE_1053 |u_(-> b Bool)|)) (or (not (ho_20 BOUND_VARIABLE_1037 BOUND_VARIABLE_1054)) (not (ho_20 BOUND_VARIABLE_1037 BOUND_VARIABLE_1053)) (ho_20 BOUND_VARIABLE_1037 (ho_19 (ho_25 k_24 BOUND_VARIABLE_1054) BOUND_VARIABLE_1053))) )) (not (ho_17 BOUND_VARIABLE_1023 k_23)) (not (ho_17 BOUND_VARIABLE_1023 k_21)) (not (ho_20 BOUND_VARIABLE_1037 (ho_19 k_18 BOUND_VARIABLE_1002))) (ho_17 BOUND_VARIABLE_1023 (ho_16 (ho_15 k_14 BOUND_VARIABLE_1002) BOUND_VARIABLE_997))) )
2.41/2.63	  ( skv_36 skv_37 skv_38 skv_39 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_15 k_14 z) (ho_15 k_26 z)) )
2.41/2.63	  ( skv_47 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_14 skv_39) z) (ho_16 (ho_15 k_26 k_29) z)) )
2.41/2.63	  ( skv_48 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_23 z) (ho_22 k_21 z)) )
2.41/2.63	  ( skv_49 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 k_30 z) (ho_13 k_29 z)) )
2.41/2.63	  ( skv_50 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 e_b_46)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_51 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 e_a_45))) )
2.41/2.63	  ( skv_52 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 k_18 z) (ho_19 (ho_25 k_24 k_29) z)) )
2.41/2.63	  ( skv_53 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_14 skv_39) z) (ho_16 (ho_15 k_26 k_30) z)) )
2.41/2.63	  ( skv_54 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_38 z) (ho_12 skv_48 z)) )
2.41/2.63	  ( skv_55 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 e_a_45))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_56 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_49))) )
2.41/2.63	  ( skv_57 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_29) z) (ho_16 (ho_15 k_26 k_30) z)) )
2.41/2.63	  ( skv_58 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_23 z) (ho_22 (ho_16 (ho_15 k_14 skv_39) skv_38) z)) )
2.41/2.63	  ( skv_59 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_38 z) (ho_12 skv_54 z)) )
2.41/2.63	  ( skv_60 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 k_30 z) (ho_13 skv_39 z)) )
2.41/2.63	  ( skv_61 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_55))) )
2.41/2.63	  ( skv_62 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 skv_50)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_63 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 k_18 z) (ho_19 (ho_25 k_24 k_30) z)) )
2.41/2.63	  ( skv_64 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_14 skv_39) z) (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_65 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_21 z) (ho_22 (ho_16 (ho_15 k_14 skv_39) skv_38) z)) )
2.41/2.63	  ( skv_66 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_48 z) (ho_12 skv_54 z)) )
2.41/2.63	  ( skv_67 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 k_29 z) (ho_13 skv_39 z)) )
2.41/2.63	  ( skv_68 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a Bool)|)) (= (ho_33 (ho_32 k_31 k_21) z) (ho_33 (ho_32 k_31 k_23) z)) )
2.41/2.63	  ( skv_69 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_59))) )
2.41/2.63	  ( skv_70 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 e_a_45))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_71 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 (ho_25 k_24 k_29) z) (ho_19 (ho_25 k_24 k_30) z)) )
2.41/2.63	  ( skv_72 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_29) z) (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_73 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_38 z) (ho_12 skv_58 z)) )
2.41/2.63	  ( skv_74 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_60))) )
2.41/2.63	  ( skv_75 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 skv_55))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_76 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_30) z) (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_77 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_48 z) (ho_12 skv_58 z)) )
2.41/2.63	  ( skv_78 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_66))) )
2.41/2.63	  ( skv_79 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_55))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_80 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_14 skv_39) z) (ho_16 (ho_15 k_14 k_29) z)) )
2.41/2.63	  ( skv_81 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_23 z) (ho_22 (ho_16 (ho_15 k_26 k_29) skv_38) z)) )
2.41/2.63	  ( skv_82 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_54 z) (ho_12 skv_58 z)) )
2.41/2.63	  ( skv_83 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 k_30 z) (ho_13 (ho_19 k_18 skv_39) z)) )
2.41/2.63	  ( skv_84 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_67))) )
2.41/2.63	  ( skv_85 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_54 skv_60))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_86 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 k_18 z) (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_87 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_29) z) (ho_16 (ho_15 k_14 k_29) z)) )
2.41/2.63	  ( skv_88 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_23 z) (ho_22 (ho_16 (ho_15 k_26 k_30) skv_38) z)) )
2.41/2.63	  ( skv_89 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_38 z) (ho_12 skv_65 z)) )
2.41/2.63	  ( skv_90 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 k_29 z) (ho_13 (ho_19 k_18 skv_39) z)) )
2.41/2.63	  ( skv_91 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_74))) )
2.41/2.63	  ( skv_92 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_60))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_93 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 (ho_25 k_24 k_29) z) (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_94 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_30) z) (ho_16 (ho_15 k_14 k_29) z)) )
2.41/2.63	  ( skv_95 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_21 z) (ho_22 (ho_16 (ho_15 k_26 k_30) skv_38) z)) )
2.41/2.63	  ( skv_96 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_48 z) (ho_12 skv_65 z)) )
2.41/2.63	  ( skv_97 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z b)) (= (ho_13 skv_39 z) (ho_13 (ho_19 k_18 skv_39) z)) )
2.41/2.63	  ( skv_98 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_78))) )
2.41/2.63	  ( skv_99 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 skv_61)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_100 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 (ho_25 k_24 k_30) z) (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) z)) )
2.41/2.63	  ( skv_101 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) z) (ho_16 (ho_15 k_14 k_29) z)) )
2.41/2.63	  ( skv_102 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_23 z) (ho_22 (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) z)) )
2.41/2.63	  ( skv_103 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_54 z) (ho_12 skv_65 z)) )
2.41/2.63	  ( skv_104 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_82))) )
2.41/2.63	  ( skv_105 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_59))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_106 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 k_18 z) (ho_19 (ho_25 k_24 skv_39) z)) )
2.41/2.63	  ( skv_107 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_14 skv_39) z) (ho_16 (ho_15 k_26 skv_39) z)) )
2.41/2.63	  ( skv_108 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 k_21 z) (ho_22 (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) z)) )
2.41/2.63	  ( skv_109 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_58 z) (ho_12 skv_65 z)) )
2.41/2.63	  ( skv_110 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_83))) )
2.41/2.63	  ( skv_111 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_54 skv_67))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_112 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> b Bool)|)) (= (ho_19 (ho_25 k_24 k_29) z) (ho_19 (ho_25 k_24 skv_39) z)) )
2.41/2.63	  ( skv_113 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z |u_(-> a b)|)) (= (ho_16 (ho_15 k_26 k_29) z) (ho_16 (ho_15 k_26 skv_39) z)) )
2.41/2.63	  ( skv_114 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_22 (ho_16 (ho_15 k_14 skv_39) skv_38) z) (ho_22 (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) z)) )
2.41/2.63	  ( skv_115 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((z a)) (= (ho_12 skv_38 z) (ho_12 skv_73 z)) )
2.41/2.63	  ( skv_116 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_89))) )
2.41/2.63	  ( skv_117 )
2.41/2.63	)
2.41/2.63	(skolem (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 skv_67))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.63	  ( skv_118 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1169 |u_(-> |u_(-> a Bool)| Bool)|) (BOUND_VARIABLE_974 a)) (= (ho_22 (ho_35 k_34 BOUND_VARIABLE_1169) BOUND_VARIABLE_974) (not (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 BOUND_VARIABLE_1169 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 BOUND_VARIABLE_974))) ))) )
2.41/2.63	  ( skv_36, e_a_45 )
2.41/2.63	  ( skv_36, skv_49 )
2.41/2.63	  ( skv_36, skv_55 )
2.41/2.63	  ( skv_36, skv_59 )
2.41/2.63	  ( skv_36, skv_60 )
2.41/2.63	  ( skv_36, skv_66 )
2.41/2.63	  ( skv_36, skv_67 )
2.41/2.63	  ( skv_36, skv_74 )
2.41/2.63	  ( skv_36, skv_78 )
2.41/2.63	  ( skv_36, skv_82 )
2.41/2.63	  ( skv_36, skv_83 )
2.41/2.63	  ( skv_36, skv_89 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1187 |u_(-> a Bool)|) (BOUND_VARIABLE_1184 |u_(-> a Bool)|) (BOUND_VARIABLE_965 a)) (= (ho_22 (ho_33 (ho_32 k_31 BOUND_VARIABLE_1187) BOUND_VARIABLE_1184) BOUND_VARIABLE_965) (and (ho_22 BOUND_VARIABLE_1187 BOUND_VARIABLE_965) (ho_22 BOUND_VARIABLE_1184 BOUND_VARIABLE_965))) )
2.41/2.63	  ( k_21, k_21, e_a_45 )
2.41/2.63	  ( k_21, k_21, skv_49 )
2.41/2.63	  ( k_21, k_21, skv_55 )
2.41/2.63	  ( k_21, k_23, e_a_45 )
2.41/2.63	  ( k_21, k_23, skv_49 )
2.41/2.63	  ( k_21, k_23, skv_55 )
2.41/2.63	  ( k_21, (ho_16 (ho_15 k_14 skv_39) skv_38), e_a_45 )
2.41/2.63	  ( k_23, k_21, e_a_45 )
2.41/2.63	  ( k_23, k_21, skv_49 )
2.41/2.63	  ( k_23, k_21, skv_55 )
2.41/2.63	  ( k_23, k_23, e_a_45 )
2.41/2.63	  ( k_23, k_23, skv_49 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_958 b)) (not (ho_13 k_30 BOUND_VARIABLE_958)) )
2.41/2.63	  ( (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( e_b_46 )
2.41/2.63	  ( (ho_12 skv_48 e_a_45) )
2.41/2.63	  ( (ho_12 skv_38 skv_55) )
2.41/2.63	  ( (ho_12 skv_48 skv_55) )
2.41/2.63	  ( (ho_12 skv_38 skv_60) )
2.41/2.63	  ( (ho_12 skv_54 skv_60) )
2.41/2.63	  ( (ho_12 skv_38 skv_59) )
2.41/2.63	  ( (ho_12 skv_48 skv_67) )
2.41/2.63	  ( (ho_12 skv_54 skv_67) )
2.41/2.63	  ( skv_68 )
2.41/2.63	  ( (ho_12 skv_58 skv_74) )
2.41/2.63	  ( (ho_12 skv_48 skv_59) )
2.41/2.63	  ( (ho_12 skv_38 skv_49) )
2.41/2.63	  ( (ho_12 skv_48 skv_49) )
2.41/2.63	  ( (ho_12 skv_38 skv_96) )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_953 b)) (ho_13 k_29 BOUND_VARIABLE_953) )
2.41/2.63	  ( e_b_46 )
2.41/2.63	  ( (ho_12 skv_48 skv_55) )
2.41/2.63	  ( (ho_12 skv_38 skv_60) )
2.41/2.63	  ( (ho_12 skv_54 skv_60) )
2.41/2.63	  ( skv_61 )
2.41/2.63	  ( (ho_12 skv_48 skv_67) )
2.41/2.63	  ( (ho_12 skv_54 skv_67) )
2.41/2.63	  ( skv_68 )
2.41/2.63	  ( (ho_12 skv_58 skv_74) )
2.41/2.63	  ( (ho_12 skv_48 skv_78) )
2.41/2.63	  ( (ho_12 skv_58 skv_78) )
2.41/2.63	  ( (ho_12 skv_58 skv_83) )
2.41/2.63	  ( (ho_12 skv_38 skv_82) )
2.41/2.63	  ( skv_91 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1208 |u_(-> |u_(-> b Bool)| Bool)|) (BOUND_VARIABLE_941 b)) (= (ho_13 (ho_28 k_27 BOUND_VARIABLE_1208) BOUND_VARIABLE_941) (not (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 BOUND_VARIABLE_941)) (not (ho_20 BOUND_VARIABLE_1208 BOUND_VARIABLE_1207))) ))) )
2.41/2.63	  ( skv_37, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_37, e_b_46 )
2.41/2.63	  ( skv_37, skv_50 )
2.41/2.63	  ( skv_37, (ho_12 skv_48 e_a_45) )
2.41/2.63	  ( skv_37, (ho_12 skv_38 skv_55) )
2.41/2.63	  ( skv_37, (ho_12 skv_48 skv_55) )
2.41/2.63	  ( skv_37, (ho_12 skv_38 skv_60) )
2.41/2.63	  ( skv_37, (ho_12 skv_54 skv_60) )
2.41/2.63	  ( skv_37, skv_61 )
2.41/2.63	  ( skv_37, (ho_12 skv_38 skv_59) )
2.41/2.63	  ( skv_37, (ho_12 skv_48 skv_67) )
2.41/2.63	  ( skv_37, (ho_12 skv_54 skv_67) )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1229 |u_(-> b Bool)|) (BOUND_VARIABLE_1227 |u_(-> a b)|) (BOUND_VARIABLE_933 a)) (= (ho_22 (ho_16 (ho_15 k_26 BOUND_VARIABLE_1229) BOUND_VARIABLE_1227) BOUND_VARIABLE_933) (ho_13 BOUND_VARIABLE_1229 (ho_12 BOUND_VARIABLE_1227 BOUND_VARIABLE_933))) )
2.41/2.63	  ( k_29, skv_38, e_a_45 )
2.41/2.63	  ( k_29, skv_38, skv_49 )
2.41/2.63	  ( k_29, skv_38, skv_55 )
2.41/2.63	  ( k_29, skv_38, skv_59 )
2.41/2.63	  ( k_29, skv_38, skv_60 )
2.41/2.63	  ( k_29, skv_38, skv_66 )
2.41/2.63	  ( k_29, skv_38, skv_67 )
2.41/2.63	  ( k_29, skv_38, skv_74 )
2.41/2.63	  ( k_29, skv_38, skv_78 )
2.41/2.63	  ( k_29, skv_38, skv_82 )
2.41/2.63	  ( k_29, skv_38, skv_83 )
2.41/2.63	  ( k_29, skv_38, skv_89 )
2.41/2.63	  ( k_29, skv_38, skv_90 )
2.41/2.63	  ( k_29, skv_38, skv_96 )
2.41/2.63	  ( k_29, skv_38, skv_97 )
2.41/2.63	  ( k_29, skv_38, skv_103 )
2.41/2.63	  ( k_29, skv_48, e_a_45 )
2.41/2.63	  ( k_29, skv_48, skv_49 )
2.41/2.63	  ( k_29, skv_48, skv_55 )
2.41/2.63	  ( k_29, skv_48, skv_59 )
2.41/2.63	  ( k_29, skv_48, skv_67 )
2.41/2.63	  ( k_29, skv_48, skv_78 )
2.41/2.63	  ( k_29, skv_54, e_a_45 )
2.41/2.63	  ( k_29, skv_54, skv_49 )
2.41/2.63	  ( k_29, skv_54, skv_55 )
2.41/2.63	  ( k_29, skv_54, skv_60 )
2.41/2.63	  ( k_29, skv_54, skv_67 )
2.41/2.63	  ( k_29, skv_58, skv_74 )
2.41/2.63	  ( k_29, skv_58, skv_78 )
2.41/2.63	  ( k_29, skv_58, skv_83 )
2.41/2.63	  ( k_30, skv_38, e_a_45 )
2.41/2.63	  ( k_30, skv_38, skv_49 )
2.41/2.63	  ( k_30, skv_38, skv_55 )
2.41/2.63	  ( k_30, skv_38, skv_59 )
2.41/2.63	  ( k_30, skv_38, skv_60 )
2.41/2.63	  ( k_30, skv_38, skv_66 )
2.41/2.63	  ( k_30, skv_38, skv_67 )
2.41/2.63	  ( k_30, skv_38, skv_74 )
2.41/2.63	  ( k_30, skv_38, skv_78 )
2.41/2.63	  ( k_30, skv_38, skv_82 )
2.41/2.63	  ( k_30, skv_38, skv_83 )
2.41/2.63	  ( k_30, skv_38, skv_89 )
2.41/2.63	  ( k_30, skv_38, skv_90 )
2.41/2.63	  ( k_30, skv_38, skv_96 )
2.41/2.63	  ( k_30, skv_38, skv_97 )
2.41/2.63	  ( k_30, skv_38, skv_109 )
2.41/2.63	  ( k_30, skv_48, e_a_45 )
2.41/2.63	  ( k_30, skv_48, skv_49 )
2.41/2.63	  ( k_30, skv_48, skv_55 )
2.41/2.63	  ( k_30, skv_48, skv_59 )
2.41/2.63	  ( k_30, skv_48, skv_67 )
2.41/2.63	  ( k_30, skv_54, skv_60 )
2.41/2.63	  ( k_30, skv_54, skv_67 )
2.41/2.63	  ( k_30, skv_58, skv_74 )
2.41/2.63	  ( skv_39, skv_38, e_a_45 )
2.41/2.63	  ( skv_39, skv_38, skv_59 )
2.41/2.63	  ( skv_39, skv_38, skv_66 )
2.41/2.63	  ( skv_39, skv_38, skv_103 )
2.41/2.63	  ( skv_39, skv_38, skv_109 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, skv_103 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, skv_109 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, skv_115 )
2.41/2.63	  ( (ho_19 k_18 k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_55 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_59 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_60 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, skv_55 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, skv_67 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_54, skv_60 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_54, skv_67 )
2.41/2.63	  ( skv_47, skv_38, e_a_45 )
2.41/2.63	  ( skv_51, skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_28 k_27 skv_37)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 k_30), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 k_29)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) k_30), skv_38, e_a_45 )
2.41/2.63	  ( skv_56, skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) k_30), skv_38, e_a_45 )
2.41/2.63	  ( skv_71, skv_48, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) skv_39), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( skv_76, skv_48, skv_55 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( skv_80, skv_38, skv_55 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) skv_39), skv_38, e_a_45 )
2.41/2.63	  ( skv_86, skv_54, skv_60 )
2.41/2.63	  ( skv_93, skv_38, skv_60 )
2.41/2.63	  ( (ho_19 k_18 skv_47), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) k_30), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 skv_51), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) skv_39), skv_38, e_a_45 )
2.41/2.63	  ( skv_106, skv_38, skv_59 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29))), skv_38, e_a_45 )
2.41/2.63	  ( skv_112, skv_54, skv_67 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 (ho_28 k_27 skv_37))), skv_38, e_a_45 )
2.41/2.63	  ( skv_118, skv_48, skv_67 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1244 |u_(-> b Bool)|) (BOUND_VARIABLE_1241 |u_(-> b Bool)|) (BOUND_VARIABLE_923 b)) (= (ho_13 (ho_19 (ho_25 k_24 BOUND_VARIABLE_1244) BOUND_VARIABLE_1241) BOUND_VARIABLE_923) (and (ho_13 BOUND_VARIABLE_1244 BOUND_VARIABLE_923) (ho_13 BOUND_VARIABLE_1241 BOUND_VARIABLE_923))) )
2.41/2.63	  ( k_29, k_29, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_29, k_29, e_b_46 )
2.41/2.63	  ( k_29, k_30, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_29, skv_39, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_29, (ho_19 k_18 skv_39), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_30, k_29, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_30, k_30, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_30, skv_39, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_30, (ho_19 k_18 skv_39), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_39, k_29, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_39, k_30, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_39, skv_39, (ho_12 skv_38 e_a_45) )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_916 a)) (ho_22 k_23 BOUND_VARIABLE_916) )
2.41/2.63	  ( e_a_45 )
2.41/2.63	  ( skv_55 )
2.41/2.63	  ( skv_59 )
2.41/2.63	  ( skv_60 )
2.41/2.63	  ( skv_66 )
2.41/2.63	  ( skv_67 )
2.41/2.63	  ( skv_74 )
2.41/2.63	  ( skv_78 )
2.41/2.63	  ( skv_82 )
2.41/2.63	  ( skv_83 )
2.41/2.63	  ( skv_89 )
2.41/2.63	  ( skv_90 )
2.41/2.63	  ( skv_96 )
2.41/2.63	  ( skv_97 )
2.41/2.63	  ( skv_103 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_911 a)) (not (ho_22 k_21 BOUND_VARIABLE_911)) )
2.41/2.63	  ( e_a_45 )
2.41/2.63	  ( skv_49 )
2.41/2.63	  ( skv_55 )
2.41/2.63	  ( skv_59 )
2.41/2.63	  ( skv_60 )
2.41/2.63	  ( skv_67 )
2.41/2.63	  ( skv_74 )
2.41/2.63	  ( skv_78 )
2.41/2.63	  ( skv_82 )
2.41/2.63	  ( skv_83 )
2.41/2.63	  ( skv_90 )
2.41/2.63	  ( skv_96 )
2.41/2.63	  ( skv_97 )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1264 |u_(-> b Bool)|) (BOUND_VARIABLE_904 b)) (= (ho_13 (ho_19 k_18 BOUND_VARIABLE_1264) BOUND_VARIABLE_904) (not (ho_13 BOUND_VARIABLE_1264 BOUND_VARIABLE_904))) )
2.41/2.63	  ( k_29, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( k_29, e_b_46 )
2.41/2.63	  ( k_30, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_39, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_39, skv_84 )
2.41/2.63	  ( skv_39, skv_91 )
2.41/2.63	  ( skv_39, (ho_12 skv_38 skv_103) )
2.41/2.63	  ( skv_39, (ho_12 skv_38 skv_109) )
2.41/2.63	  ( skv_39, (ho_12 skv_38 skv_115) )
2.41/2.63	  ( (ho_19 k_18 skv_39), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( (ho_19 k_18 k_29), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) k_29), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( (ho_28 k_27 skv_37), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_47, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( skv_51, (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29)), (ho_12 skv_38 e_a_45) )
2.41/2.63	  ( (ho_19 k_18 (ho_28 k_27 skv_37)), (ho_12 skv_38 e_a_45) )
2.41/2.63	)
2.41/2.63	(instantiation (forall ((BOUND_VARIABLE_1278 |u_(-> b Bool)|) (BOUND_VARIABLE_1276 |u_(-> a b)|) (BOUND_VARIABLE_895 a)) (= (ho_22 (ho_16 (ho_15 k_14 BOUND_VARIABLE_1278) BOUND_VARIABLE_1276) BOUND_VARIABLE_895) (not (ho_13 BOUND_VARIABLE_1278 (ho_12 BOUND_VARIABLE_1276 BOUND_VARIABLE_895)))) )
2.41/2.63	  ( k_29, skv_38, e_a_45 )
2.41/2.63	  ( k_29, skv_38, skv_49 )
2.41/2.63	  ( k_29, skv_38, skv_55 )
2.41/2.63	  ( k_29, skv_38, skv_59 )
2.41/2.63	  ( k_29, skv_38, skv_60 )
2.41/2.63	  ( k_29, skv_38, skv_66 )
2.41/2.63	  ( k_29, skv_38, skv_67 )
2.41/2.63	  ( k_29, skv_38, skv_74 )
2.41/2.63	  ( k_29, skv_38, skv_78 )
2.41/2.63	  ( k_29, skv_38, skv_82 )
2.41/2.63	  ( k_29, skv_38, skv_83 )
2.41/2.63	  ( k_29, skv_38, skv_89 )
2.41/2.63	  ( k_29, skv_38, skv_90 )
2.41/2.63	  ( k_29, skv_38, skv_96 )
2.41/2.63	  ( k_29, skv_38, skv_103 )
2.41/2.63	  ( k_29, skv_48, e_a_45 )
2.41/2.63	  ( k_29, skv_48, skv_49 )
2.41/2.63	  ( k_29, skv_48, skv_55 )
2.41/2.63	  ( k_29, skv_48, skv_59 )
2.41/2.63	  ( k_29, skv_48, skv_67 )
2.41/2.63	  ( k_29, skv_48, skv_78 )
2.41/2.63	  ( k_29, skv_54, e_a_45 )
2.41/2.63	  ( k_29, skv_54, skv_49 )
2.41/2.63	  ( k_29, skv_54, skv_55 )
2.41/2.63	  ( k_29, skv_54, skv_60 )
2.41/2.63	  ( k_29, skv_54, skv_67 )
2.41/2.63	  ( k_29, skv_58, skv_74 )
2.41/2.63	  ( k_29, skv_58, skv_78 )
2.41/2.63	  ( k_29, skv_58, skv_83 )
2.41/2.63	  ( k_30, skv_38, e_a_45 )
2.41/2.63	  ( k_30, skv_38, skv_49 )
2.41/2.63	  ( k_30, skv_38, skv_55 )
2.41/2.63	  ( k_30, skv_38, skv_59 )
2.41/2.63	  ( k_30, skv_38, skv_60 )
2.41/2.63	  ( k_30, skv_38, skv_66 )
2.41/2.63	  ( k_30, skv_38, skv_67 )
2.41/2.63	  ( k_30, skv_38, skv_74 )
2.41/2.63	  ( k_30, skv_38, skv_78 )
2.41/2.63	  ( k_30, skv_38, skv_82 )
2.41/2.63	  ( k_30, skv_38, skv_83 )
2.41/2.63	  ( k_30, skv_38, skv_89 )
2.41/2.63	  ( k_30, skv_38, skv_90 )
2.41/2.63	  ( k_30, skv_38, skv_96 )
2.41/2.63	  ( k_30, skv_38, skv_109 )
2.41/2.63	  ( k_30, skv_48, e_a_45 )
2.41/2.63	  ( k_30, skv_48, skv_49 )
2.41/2.63	  ( k_30, skv_48, skv_55 )
2.41/2.63	  ( k_30, skv_48, skv_59 )
2.41/2.63	  ( k_30, skv_48, skv_67 )
2.41/2.63	  ( k_30, skv_54, skv_60 )
2.41/2.63	  ( k_30, skv_54, skv_67 )
2.41/2.63	  ( k_30, skv_58, skv_74 )
2.41/2.63	  ( skv_39, skv_38, e_a_45 )
2.41/2.63	  ( skv_39, skv_38, skv_59 )
2.41/2.63	  ( skv_39, skv_38, skv_66 )
2.41/2.63	  ( skv_39, skv_38, skv_103 )
2.41/2.63	  ( skv_39, skv_38, skv_109 )
2.41/2.63	  ( skv_39, skv_38, skv_115 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, skv_103 )
2.41/2.63	  ( (ho_19 k_18 skv_39), skv_38, skv_109 )
2.41/2.63	  ( (ho_19 k_18 k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_55 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_59 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_38, skv_60 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, e_a_45 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, skv_55 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_48, skv_67 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_54, skv_60 )
2.41/2.63	  ( (ho_28 k_27 skv_37), skv_54, skv_67 )
2.41/2.63	  ( skv_47, skv_38, e_a_45 )
2.41/2.63	  ( skv_51, skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_28 k_27 skv_37)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 k_30), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 k_29)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) k_30), skv_38, e_a_45 )
2.41/2.63	  ( skv_56, skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) k_30), skv_38, e_a_45 )
2.41/2.63	  ( skv_71, skv_48, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) skv_39), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) k_29), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_29) (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( skv_76, skv_48, skv_55 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) (ho_19 k_18 skv_39)), skv_38, e_a_45 )
2.41/2.63	  ( skv_80, skv_38, skv_55 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 k_30) skv_39), skv_38, e_a_45 )
2.41/2.63	  ( skv_86, skv_54, skv_60 )
2.41/2.63	  ( skv_93, skv_38, skv_60 )
2.41/2.63	  ( (ho_19 k_18 skv_47), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) k_30), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 k_18 skv_51), skv_38, e_a_45 )
2.41/2.63	  ( (ho_19 (ho_25 k_24 skv_39) skv_39), skv_38, e_a_45 )
2.41/2.64	  ( skv_106, skv_38, skv_59 )
2.41/2.64	  ( (ho_19 k_18 (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29))), skv_38, e_a_45 )
2.41/2.64	  ( skv_112, skv_54, skv_67 )
2.41/2.64	  ( (ho_19 k_18 (ho_19 k_18 (ho_28 k_27 skv_37))), skv_38, e_a_45 )
2.41/2.64	  ( skv_118, skv_48, skv_67 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> |u_(-> a Bool)| Bool)| a Bool)|) (y |u_(-> |u_(-> |u_(-> a Bool)| Bool)| a Bool)|)) (or (not (forall ((z |u_(-> |u_(-> a Bool)| Bool)|)) (= (ho_35 x z) (ho_35 y z)) )) (= x y)) )
2.41/2.64	  ( |e_|u_(-> |u_(-> |u_(-> a Bool)| Bool)| a Bool)|_40|, |e_|u_(-> |u_(-> |u_(-> a Bool)| Bool)| a Bool)|_40| )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> b Bool)| |u_(-> a b)| a Bool)|) (y |u_(-> |u_(-> b Bool)| |u_(-> a b)| a Bool)|)) (or (not (forall ((z |u_(-> b Bool)|)) (= (ho_15 x z) (ho_15 y z)) )) (= x y)) )
2.41/2.64	  ( k_14, k_26 )
2.41/2.64	  ( k_26, k_14 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> b Bool)| b Bool)|) (y |u_(-> |u_(-> b Bool)| b Bool)|)) (or (not (forall ((z |u_(-> b Bool)|)) (= (ho_19 x z) (ho_19 y z)) )) (= x y)) )
2.41/2.64	  ( k_18, (ho_25 k_24 k_29) )
2.41/2.64	  ( k_18, (ho_25 k_24 k_30) )
2.41/2.64	  ( k_18, (ho_25 k_24 skv_39) )
2.41/2.64	  ( k_18, (ho_25 k_24 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_25 k_24 k_29), k_18 )
2.41/2.64	  ( (ho_25 k_24 k_29), (ho_25 k_24 k_30) )
2.41/2.64	  ( (ho_25 k_24 k_29), (ho_25 k_24 skv_39) )
2.41/2.64	  ( (ho_25 k_24 k_29), (ho_25 k_24 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_25 k_24 k_30), k_18 )
2.41/2.64	  ( (ho_25 k_24 k_30), (ho_25 k_24 k_29) )
2.41/2.64	  ( (ho_25 k_24 k_30), (ho_25 k_24 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_25 k_24 (ho_19 k_18 skv_39)), k_18 )
2.41/2.64	  ( (ho_25 k_24 (ho_19 k_18 skv_39)), (ho_25 k_24 k_29) )
2.41/2.64	  ( (ho_25 k_24 (ho_19 k_18 skv_39)), (ho_25 k_24 k_30) )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> a b)| a Bool)|) (y |u_(-> |u_(-> a b)| a Bool)|)) (or (not (forall ((z |u_(-> a b)|)) (= (ho_16 x z) (ho_16 y z)) )) (= x y)) )
2.41/2.64	  ( (ho_15 k_14 skv_39), (ho_15 k_26 k_29) )
2.41/2.64	  ( (ho_15 k_14 skv_39), (ho_15 k_26 k_30) )
2.41/2.64	  ( (ho_15 k_14 skv_39), (ho_15 k_26 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_15 k_14 skv_39), (ho_15 k_14 k_29) )
2.41/2.64	  ( (ho_15 k_14 skv_39), (ho_15 k_26 skv_39) )
2.41/2.64	  ( (ho_15 k_26 k_29), (ho_15 k_14 skv_39) )
2.41/2.64	  ( (ho_15 k_26 k_29), (ho_15 k_26 k_30) )
2.41/2.64	  ( (ho_15 k_26 k_29), (ho_15 k_26 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_15 k_26 k_29), (ho_15 k_14 k_29) )
2.41/2.64	  ( (ho_15 k_26 k_29), (ho_15 k_26 skv_39) )
2.41/2.64	  ( (ho_15 k_26 k_30), (ho_15 k_14 skv_39) )
2.41/2.64	  ( (ho_15 k_26 k_30), (ho_15 k_26 k_29) )
2.41/2.64	  ( (ho_15 k_26 k_30), (ho_15 k_26 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_15 k_26 k_30), (ho_15 k_14 k_29) )
2.41/2.64	  ( (ho_15 k_26 (ho_19 k_18 skv_39)), (ho_15 k_14 skv_39) )
2.41/2.64	  ( (ho_15 k_26 (ho_19 k_18 skv_39)), (ho_15 k_26 k_29) )
2.41/2.64	  ( (ho_15 k_26 (ho_19 k_18 skv_39)), (ho_15 k_26 k_30) )
2.41/2.64	  ( (ho_15 k_26 (ho_19 k_18 skv_39)), (ho_15 k_14 k_29) )
2.41/2.64	  ( (ho_15 k_14 k_29), (ho_15 k_14 skv_39) )
2.41/2.64	  ( (ho_15 k_14 k_29), (ho_15 k_26 k_29) )
2.41/2.64	  ( (ho_15 k_14 k_29), (ho_15 k_26 k_30) )
2.41/2.64	  ( (ho_15 k_14 k_29), (ho_15 k_26 (ho_19 k_18 skv_39)) )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> a Bool)| |u_(-> a Bool)| a Bool)|) (y |u_(-> |u_(-> a Bool)| |u_(-> a Bool)| a Bool)|)) (or (not (forall ((z |u_(-> a Bool)|)) (= (ho_32 x z) (ho_32 y z)) )) (= x y)) )
2.41/2.64	  ( |e_|u_(-> |u_(-> a Bool)| |u_(-> a Bool)| a Bool)|_41|, |e_|u_(-> |u_(-> a Bool)| |u_(-> a Bool)| a Bool)|_41| )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> a Bool)|) (y |u_(-> a Bool)|)) (or (not (forall ((z a)) (= (ho_22 x z) (ho_22 y z)) )) (= x y)) )
2.41/2.64	  ( k_21, k_23 )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_14 skv_39) skv_38) )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_26 k_30) skv_38) )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) )
2.41/2.64	  ( k_23, k_21 )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_14 skv_39) skv_38) )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 k_29) skv_38) )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 k_30) skv_38) )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) )
2.41/2.64	  ( (ho_16 (ho_15 k_14 skv_39) skv_38), k_21 )
2.41/2.64	  ( (ho_16 (ho_15 k_14 skv_39) skv_38), k_23 )
2.41/2.64	  ( (ho_16 (ho_15 k_14 skv_39) skv_38), (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> b Bool)| |u_(-> b Bool)| b Bool)|) (y |u_(-> |u_(-> b Bool)| |u_(-> b Bool)| b Bool)|)) (or (not (forall ((z |u_(-> b Bool)|)) (= (ho_25 x z) (ho_25 y z)) )) (= x y)) )
2.41/2.64	  ( |e_|u_(-> |u_(-> b Bool)| |u_(-> b Bool)| b Bool)|_42|, |e_|u_(-> |u_(-> b Bool)| |u_(-> b Bool)| b Bool)|_42| )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> a b)|) (y |u_(-> a b)|)) (or (not (forall ((z a)) (= (ho_12 x z) (ho_12 y z)) )) (= x y)) )
2.41/2.64	  ( skv_38, skv_48 )
2.41/2.64	  ( skv_38, skv_54 )
2.41/2.64	  ( skv_38, skv_58 )
2.41/2.64	  ( skv_38, skv_65 )
2.41/2.64	  ( skv_38, skv_73 )
2.41/2.64	  ( skv_48, skv_38 )
2.41/2.64	  ( skv_48, skv_54 )
2.41/2.64	  ( skv_48, skv_58 )
2.41/2.64	  ( skv_48, skv_65 )
2.41/2.64	  ( skv_54, skv_38 )
2.41/2.64	  ( skv_54, skv_48 )
2.41/2.64	  ( skv_54, skv_58 )
2.41/2.64	  ( skv_54, skv_65 )
2.41/2.64	  ( skv_58, skv_38 )
2.41/2.64	  ( skv_58, skv_48 )
2.41/2.64	  ( skv_58, skv_54 )
2.41/2.64	  ( skv_58, skv_65 )
2.41/2.64	  ( skv_65, skv_38 )
2.41/2.64	  ( skv_65, skv_48 )
2.41/2.64	  ( skv_65, skv_54 )
2.41/2.64	  ( skv_65, skv_58 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> b Bool)|) (y |u_(-> b Bool)|)) (or (not (forall ((z b)) (= (ho_13 x z) (ho_13 y z)) )) (= x y)) )
2.41/2.64	  ( k_29, k_30 )
2.41/2.64	  ( k_29, skv_39 )
2.41/2.64	  ( k_29, (ho_19 k_18 skv_39) )
2.41/2.64	  ( k_30, k_29 )
2.41/2.64	  ( k_30, skv_39 )
2.41/2.64	  ( k_30, (ho_19 k_18 skv_39) )
2.41/2.64	  ( skv_39, k_29 )
2.41/2.64	  ( skv_39, k_30 )
2.41/2.64	  ( skv_39, (ho_19 k_18 skv_39) )
2.41/2.64	  ( (ho_19 k_18 skv_39), k_29 )
2.41/2.64	  ( (ho_19 k_18 skv_39), k_30 )
2.41/2.64	  ( (ho_19 k_18 skv_39), skv_39 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> |u_(-> b Bool)| Bool)| b Bool)|) (y |u_(-> |u_(-> |u_(-> b Bool)| Bool)| b Bool)|)) (or (not (forall ((z |u_(-> |u_(-> b Bool)| Bool)|)) (= (ho_28 x z) (ho_28 y z)) )) (= x y)) )
2.41/2.64	  ( |e_|u_(-> |u_(-> |u_(-> b Bool)| Bool)| b Bool)|_43|, |e_|u_(-> |u_(-> |u_(-> b Bool)| Bool)| b Bool)|_43| )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((x |u_(-> |u_(-> a Bool)| a Bool)|) (y |u_(-> |u_(-> a Bool)| a Bool)|)) (or (not (forall ((z |u_(-> a Bool)|)) (= (ho_33 x z) (ho_33 y z)) )) (= x y)) )
2.41/2.64	  ( |e_|u_(-> |u_(-> a Bool)| a Bool)|_44|, |e_|u_(-> |u_(-> a Bool)| a Bool)|_44| )
2.41/2.64	  ( (ho_32 k_31 k_21), (ho_32 k_31 k_23) )
2.41/2.64	  ( (ho_32 k_31 k_23), (ho_32 k_31 k_21) )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1139 |u_(-> |u_(-> a Bool)| Bool)|)) (or (not (forall ((BOUND_VARIABLE_1148 |u_(-> a Bool)|)) (or (not (ho_17 BOUND_VARIABLE_1139 BOUND_VARIABLE_1148)) (ho_17 skv_36 BOUND_VARIABLE_1148)) )) (ho_17 skv_36 (ho_35 k_34 BOUND_VARIABLE_1139))) )
2.41/2.64	  ( skv_36 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1116 |u_(-> a Bool)|) (BOUND_VARIABLE_1115 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1116)) (not (ho_17 skv_36 BOUND_VARIABLE_1115)) (ho_17 skv_36 (ho_33 (ho_32 k_31 BOUND_VARIABLE_1116) BOUND_VARIABLE_1115))) )
2.41/2.64	  ( k_21, k_21 )
2.41/2.64	  ( k_21, k_23 )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_26 k_29) skv_38) )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_26 k_30) skv_38) )
2.41/2.64	  ( k_21, (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) )
2.41/2.64	  ( k_21, skv_69 )
2.41/2.64	  ( k_23, k_21 )
2.41/2.64	  ( k_23, k_23 )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 k_29) skv_38) )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 k_30) skv_38) )
2.41/2.64	  ( k_23, (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38) )
2.41/2.64	  ( k_23, skv_69 )
2.41/2.64	  ( (ho_16 (ho_15 k_26 k_29) skv_38), k_21 )
2.41/2.64	  ( (ho_16 (ho_15 k_26 (ho_19 k_18 skv_39)) skv_38), k_21 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1085 |u_(-> |u_(-> b Bool)| Bool)|)) (or (not (forall ((BOUND_VARIABLE_1094 |u_(-> b Bool)|)) (or (not (ho_20 BOUND_VARIABLE_1085 BOUND_VARIABLE_1094)) (ho_20 skv_37 BOUND_VARIABLE_1094)) )) (ho_20 skv_37 (ho_28 k_27 BOUND_VARIABLE_1085))) )
2.41/2.64	  ( skv_37 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1073 |u_(-> b Bool)|)) (or (not (ho_20 skv_37 BOUND_VARIABLE_1073)) (ho_17 skv_36 (ho_16 (ho_15 k_26 BOUND_VARIABLE_1073) skv_38))) )
2.41/2.64	  ( k_29 )
2.41/2.64	  ( k_30 )
2.41/2.64	  ( skv_39 )
2.41/2.64	  ( (ho_19 k_18 skv_39) )
2.41/2.64	  ( (ho_19 k_18 k_29) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) k_29) )
2.41/2.64	  ( (ho_28 k_27 skv_37) )
2.41/2.64	  ( skv_47 )
2.41/2.64	  ( skv_51 )
2.41/2.64	  ( (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29)) )
2.41/2.64	  ( (ho_19 k_18 (ho_28 k_27 skv_37)) )
2.41/2.64	  ( (ho_19 k_18 k_30) )
2.41/2.64	  ( (ho_19 k_18 (ho_19 k_18 k_29)) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) k_29) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) k_30) )
2.41/2.64	  ( (ho_19 k_18 skv_53) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) skv_53) )
2.41/2.64	  ( skv_56 )
2.41/2.64	  ( skv_63 )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) k_30) )
2.41/2.64	  ( (ho_19 k_18 skv_64) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) skv_64) )
2.41/2.64	  ( skv_71 )
2.41/2.64	  ( (ho_19 k_18 (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) k_29) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) k_30) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) skv_39) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 skv_39) k_29) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) skv_72) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) skv_72) )
2.41/2.64	  ( skv_76 )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) (ho_19 k_18 skv_39)) )
2.41/2.64	  ( (let ((_let_0 (ho_19 k_18 skv_39))) (ho_19 (ho_25 k_24 _let_0) _let_0)) )
2.41/2.64	  ( skv_80 )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) skv_39) )
2.41/2.64	  ( skv_86 )
2.41/2.64	  ( (ho_19 k_18 skv_87) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) skv_87) )
2.41/2.64	  ( skv_93 )
2.41/2.64	  ( (ho_19 k_18 skv_47) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 skv_39) k_30) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_29) skv_94) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) skv_94) )
2.41/2.64	  ( skv_100 )
2.41/2.64	  ( (ho_19 k_18 skv_51) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 skv_39) skv_39) )
2.41/2.64	  ( (let ((_let_0 (ho_25 k_24 k_29))) (ho_19 _let_0 (ho_19 _let_0 k_29))) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) skv_101) )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) skv_101) )
2.41/2.64	  ( skv_106 )
2.41/2.64	  ( (ho_19 (ho_25 k_24 k_30) (ho_19 (ho_25 k_24 k_29) k_29)) )
2.41/2.64	  ( (ho_19 k_18 (ho_19 k_18 (ho_19 (ho_25 k_24 k_29) k_29))) )
2.41/2.64	  ( skv_107 )
2.41/2.64	  ( skv_112 )
2.41/2.64	  ( (ho_19 (ho_25 k_24 (ho_19 k_18 skv_39)) (ho_19 (ho_25 k_24 k_29) k_29)) )
2.41/2.64	  ( skv_118 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1054 |u_(-> b Bool)|) (BOUND_VARIABLE_1053 |u_(-> b Bool)|)) (or (not (ho_20 skv_37 BOUND_VARIABLE_1054)) (not (ho_20 skv_37 BOUND_VARIABLE_1053)) (ho_20 skv_37 (ho_19 (ho_25 k_24 BOUND_VARIABLE_1054) BOUND_VARIABLE_1053))) )
2.41/2.64	  ( k_29, k_29 )
2.41/2.64	  ( k_29, k_30 )
2.41/2.64	  ( k_29, (ho_19 k_18 skv_39) )
2.41/2.64	  ( k_29, (ho_19 (ho_25 k_24 k_29) k_29) )
2.41/2.64	  ( k_29, skv_53 )
2.41/2.64	  ( k_29, skv_72 )
2.41/2.64	  ( k_29, skv_94 )
2.41/2.64	  ( k_29, skv_113 )
2.41/2.64	  ( k_30, k_29 )
2.41/2.64	  ( k_30, k_30 )
2.41/2.64	  ( k_30, (ho_19 k_18 skv_39) )
2.41/2.64	  ( k_30, (ho_19 (ho_25 k_24 k_29) k_29) )
2.41/2.64	  ( k_30, skv_64 )
2.41/2.64	  ( k_30, skv_72 )
2.41/2.64	  ( k_30, skv_101 )
2.41/2.64	  ( (ho_19 k_18 skv_39), k_29 )
2.41/2.64	  ( (ho_19 k_18 skv_39), k_30 )
2.41/2.64	  ( (ho_19 k_18 skv_39), (ho_19 k_18 skv_39) )
2.41/2.64	  ( (ho_19 k_18 skv_39), (ho_19 (ho_25 k_24 k_29) k_29) )
2.41/2.64	  ( (ho_19 k_18 skv_39), skv_87 )
2.41/2.64	  ( (ho_19 k_18 skv_39), skv_94 )
2.41/2.64	  ( (ho_19 k_18 skv_39), skv_101 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 e_b_46)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 e_a_45))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 e_a_45))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_49))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_55))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 skv_50)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_59))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 e_a_45))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_60))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 skv_55))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_66))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_55))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_67))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((z a)) (= (ho_22 k_23 z) (ho_22 (ho_16 (ho_15 k_26 k_29) skv_38) z)) )
2.41/2.64	  ( skv_78 )
2.41/2.64	  ( skv_83 )
2.41/2.64	  ( skv_90 )
2.41/2.64	  ( skv_96 )
2.41/2.64	  ( skv_97 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_54 skv_60))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_74))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_60))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_78))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((z a)) (= (ho_22 k_21 z) (ho_22 (ho_16 (ho_15 k_26 k_30) skv_38) z)) )
2.41/2.64	  ( skv_83 )
2.41/2.64	  ( skv_90 )
2.41/2.64	  ( skv_97 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 skv_61)) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_82))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_38 skv_59))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_83))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_54 skv_67))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1165 |u_(-> a Bool)|)) (or (not (ho_17 skv_36 BOUND_VARIABLE_1165)) (not (ho_22 BOUND_VARIABLE_1165 skv_89))) )
2.41/2.64	  ( k_23 )
2.41/2.64	)
2.41/2.64	(instantiation (forall ((BOUND_VARIABLE_1207 |u_(-> b Bool)|)) (or (not (ho_13 BOUND_VARIABLE_1207 (ho_12 skv_48 skv_67))) (not (ho_20 skv_37 BOUND_VARIABLE_1207))) )
2.41/2.64	  ( k_29 )
2.41/2.64	)
2.41/2.64	% SZS output end Proof for theBenchmark
2.41/2.64	EOF